Coin or change holding and delivering device



Ua. 21. i924. www@ S. KHALIL COIN OR CHANGE HOLDING AND DELIVERIHG DEVICE Filed June 30 1922 d Sheets-Sheet J.

BY m/X0'.

ATTORNEY.

' s. KHALIL COIN R CHAGE HOLDING AND DELIVERING DEVICE Filed June 50, 1922 4 Sheets-Sheet 2 ATTORNEY` Oct. 21, 1924. 1,512,470

S. KHALIL COIN OR CHANGE HOLDING AND DELIVERING DEVICE Filed June 30, 1922 4 Sheets-Sheet 3 S. KHALIL COIN OR CHANGE HOLDING AND DELIVERING DEVICE (ML. l

2 4 Sheets-Sheet 4 Filed June 50 192' BY Mm Fatented @et 2l,

asians SEYED KHALIL, OF NEWARK, NEW JERSEY.

CON GR CHANGE HOLDING AND DELIVERING DEVICE.

Application filed June 30, 1922.

To @ZZ whom t may concern:

Be it known that l, Sarno KHALIL, a subiect of the Shah of Persia, and a resident of Newark, in the county of Essex and State of New Jersey, have invented certain new and useful improvements in Coin or Change `leiding and Delivering Devices, of which the following is a specication.

rlhe invention pertains to coin-holding and delivery devices of the character worn y conductors on street cars, and by other persons, for use in making change, and the invention consists in the novel features, structure, and combinations and arrangements of parte hereinafter described, and particularly pointed out in the claims.

@ne object of the invention is to provide a durable, efficient, improved and simplified construct-ion of coin-holding and delivering mechanism.

A special object of the invention-is to provide a mechanism or device of the character described whose parts are, in the main, accurately produced by dies and assembled without the use of solder or rivets and which parts are capable of being wholly or in part disassembled without diHiculty so as to render it entirely convenient to apply a repair or new part for a part which might have become impaired through accident or otherwisc. lt is a special feature of my construction hat an unskilled person may remove a damaged part therefrom and substitute a new part therefor without the use of special tools, this feature of my invention avoiding many of the inconveniences as well as much of the expense incident to the repair of coin-holding and delivering devices at present in involves a new construction aud arrang ment of the coin-deli very or ciecting devices, with the view of securing therein convenience and ease of operation and durability and a disposition thereof in which the parts are not liable to become damaged in use.

The mechanism of my invention com prises a novel sheet metal frame for holding the coin-tubes, novel means for securing the tubes in place and novel coin-delivery devices to be manually operated by a conductor in making change, the whole resulting in the production of a very durable and eiicient device possessing many advantages.

Serial N'o. 571,982.

presented, reference being had to the accom- Y panying drawings, in which:

Fig. l is a top view of a coin-holding and delivering device embodying my invention;

Fig. 2 is a. rear elevation of the same, with the hinged back or door shown as having' been opened, said bach being partly brolren away;

Fig. 3 is a detached perspective view of one of the manually operative key-frames employed for actuating the coin-delivery rings;

Fig. l is a detached perspective view of one of the coin-delivery rings;

Fig. 5 is a detached perspective view of aVsingle-tooth pinion to be actuated by a portion of the; key frame shown in Fig. 3 and which has a downwardly extending member to engage an arm of the coin-delivery ring shown in Fig. 4 for in'iparting oscillatory movement to said ring, and in Fig. 5 is shown a washer through which said downwardly extending member is inserted inI the assembly of the parts of the machine;

Fig. 6 is a horizontal section through the entire device taken on the dotted line 6-6 of Fig. 2, the hinged back or door being shown in closed position;

Fig. .7 is a bottom view of the device;

Fig. S is a horizont-al section through a lowerI fragmentary part of the device taken on the dotted line 8 8 of Fi g. 15, and showing the coin-delivery ring in normal position;

Fig. 9 is a like view of the same showing the coin-delivery ring in the position to which it is moved when the ring is actuated by the key-frame shown in Fig. S and the single-tooth pinion shown in Fig. 5;

Fig. l0 is a horizontal section through the device taken on the dotted line l() l() of Fig. 2;

Fig. l1 is a like section through the f taken on the dotted line 11,11 of Fig.

Fig. l2 is a detached perspective view of the coin-tube base-plate;

Fig. 13 is a detached perspective view of the bottom plate of the device;

Fig. 14 is vertical transverse section through the device taken-on the dotted line 14-14 of F ig. 2;

is a vertical transverse section through a lower end portion of the device talren on the dotted line 15-15 of Fig. 6;

Fig. 16 is a corresponding section taken on the dotted line 16-16 of lFig, 6;

Fig. 17 is a detached perspectire view of one of the vertical end plates ci the device, and

Fig. 18 is a. detached perspective view of one of the coin-holding tubes.

Y ln the drawings 20 designates the vertical coin holding tubes varying in diameter in accordance with the denominations of the coins to be placed in them, asA usual, 21 the coin-tube base-plate to which the lower ends of the tubes are connected, 22 the top or cover plate extending over and engaging the upper ends of said tubes, 23 a bottom plate spaced below said base plate 21 and Supporting on its upper ace the coin-.de livery rings, 241 vertical end plates and 25 a hinged'bacl; or door.

The base-plate 21 is separately shown in Fig. 12 and is in one integral piece of sheet metal and formed with openings 26 for the lower ends of the tubes'20 and around said openings with upwardly pressed annular Vflanges 27 having at their upper edges inwardly turned flanges 2S containing equally spaced apart edge recesses 29.

The base-plate 21 is formed at its ends with up-turnetl'tianges 30 havingat their rear edges vertical sleeves 31 and with downwardly and inwardly turned hoolr-lile flanges 32 which Vextend below and aid in supporting and positioning` the bottom plate 23 (Fig. 7). The plate 21 is also formed witha front downwardly extending flange 33 which h as inturned flanges 34e extending below and aiding in the support of the bottom plate 23 (Figs. 7 and 111). The plate 21 has slit therefrom and turned upwardly the vertical corresponding standards Se' whose formation leaves holes 35 in the plate, and from these holes narrow recesses 36 extend forwardly; a similar narrow recess 253.6 is also provided outside o't the holes 35 (Figs. 10, 12). At its rear edge the plate 21 is formed with the incut recesses 37. In its rear portion and about in line with the standards 34e, the plate 21 is formed with tour properly spaced-apart holes 38, whose purpose will be explained hereinafter. The flanges and standards 34 of the plate 21 Ventend along a curved line corresponding with the general curved shape of the rear edge of the plate and tace one another in series, and the upper ends of these flanges and standards arel formed with holes 39 which receive a pivot rod t() whose ends are within the holes in the flanges 30 and do not require to be riveted therein since the rod is held against endwise movement by other features of the structure, as will be explained hereinafter.

rlhe tubes or cylinders 2() are formed from initially flat blanks or' sheet metal and are each in one piece of material bent into tubular form, the material being cut out at opposite edges to leave sightopenings or slots Ll-l in the front of the tubes (Figs. 14, 1S). The lower ends oit the tubes 2() interlock, after the manner of bayonet joints, with the flanges 28 of the plate 21, and to this end each tube 20 is near its lower end formed with two annular parallel rows of spacedapart outwardly pressed lugs 4t2, a3, respectively, the lugs 42 being otsct from the vertical planes oit' and smaller than the lugs 4P and adapted to be inserted downwardly through the recesses 29 in the flange 28 and until the lugs 43 become arrested on the top of said flange, whereupon by giving the tube a partial turn the lugs Ll2 are farried from the line of the said recesses 29 and below solid portions ot the flange 28, the tube thereby becoming locked in position and supported by the lugs il?) and tlange 2S over an opening 2G in the plate 21; a reverse operation will permit the withdrawal ot the tube from the plate 2l. lVhcn the tubes 2O are secured to the tlaiiges 25% ot the plate 21 the lugs 13, being longer than the lugs 42, cover over and conceal the recesses 29 in said tianges.

The upper ends ot the tubes 2O are held stationary by the top plate 22 which is formed with upwardly recessed caps tt titting upon the upper ends ot the tubes and provided with openings through which coins are introduced into said tubes. '.lho top plate is formed along its front edge with a hollow beading ttl which orcrhangs and protects the upper ends ot the tubes 20 and also receives outwardly pressed lugs 1-7 formed on the upper trout portions ot said tubes, the lower flange ol said heading closely engaging the lower edges ot .said lugs 17 and cooperating therewith iu holding the front portion ot the plate 22 down on the tubes.

The bottom plate matches thc general outline of the tube base-plate 2l and is spaced suliiciently below the same to provide a shallow chamber for the oscillatory coin deliveryrings 48 which are mounted on said plate 23. The plate 23 is separately shown in Fig. 13, and said plate is tornicd with coin-discharge openings 49 and also with a series of upwardly pressed bushings 50 which when the parts are assembled cugage the lower surface of the base-plate 21 and accurately space the plates 2l, 23 apart to form said chamber for the rings 4S. The bottom-plate 23 is formed with a series of four holes 51 in vertical alignment with the four holes 38 in the base-plate 21, and also with tour slots 52 which are in vertical alignment with the four slots or recesses 36 in said base-plate 21. The holes 51 hzwe llt) ll l) CTI at their edges downwardly pressed flanges or bushings 53 (Figs. 7 and 16) which afford substantial bearings for the lower ends of the stems 54 of the one-tooth pinions 55, and the slots 52 have the metal of the plate at their opposite edges pressed downwardly to form side flanges 56, (Figs. 7, 11 and 15) for the lower ends of the legs 57 of the manually operative liey-frames 58, which legs 57 extend downwardly7 through said slots or recesses 36 in the plate 21 and through'said slots 52 in the `plate 23 and in operation have an oscillatory movement therein and are guided thereby, the forward ends of the slots or recesses 36 forming stops to limit the movement of said legs 57 and consequently the hey-frames 58 and their parts in a forward direction.

The lbotto-m plate 23 is formed at its rear edge with four rearwardly projecting lugs 59 which are wider at their outer than at their inner ends and in the assembled mechanism are directly below the recesses 37 in the base-plate 21. rlhe lugs 59 detachably receive the lower ends of the coiled springs 60 which extend through the said recesses 37 and are detachably caught at their Lipper ends on lugs 61 formed on the aforesaid key-frames 58. rEhe springs 60 are vertically disposed and are under tension and normally act to pull downwardly on the rear ends of the frames 58 and tilt the legs 57 thereof forwardly against the forward ends of the recesses or slots 36 (Figs. 8 and 11) which ends serve as stops, as aforesaid, to arrest the legs 57 and frames 58 in normal position.

The bottom plate 23 is 'formed at its two rear lcorners with holes 62 (Fig. 13) which in the final assembly of the parts of the mechanism are below and in vertical line with the sleeves 91 on the plate 21; bolts pays through the holes 62 and sleeves 31, as hereinafter explained.

Upon the bottom plate 23 are, in the present instance, there being four coin-tubes 20 present, four oscillatory coindelivery ring 48, all being alike except as to proportions and one being provided for each tube 2l). @ne of the rings 48 is shown separately in Fig. 4. Each ring 48 has a lip 64 and shank-arm 65 in whose outer end is a polygonal slot or hole 66 and upon whose upper side is pressed up boss or rib 67. rEhe` rings 48 vary in thickness in accordance with the thickness of the coins they are intended to handle and the bosses or ribs 67 will vary in height from the arms in accordance with the thickness of the rings so that the upper edges of all said bosses or ribs may he on the same horizontal Vplane and freely engage the lower surface of the base-plate 21, thebosses or ribs 67 thus cooperating with the plate 21 to keep the rings 48 flatwise upon the plate 23. Each ring 48 and all its parts is in one integral piece of sheet metal. The polygonal slots or holes 66 in the arms 65 of the rings 48 receive the lower polygonal ench of the stems of the one-tooth pinion 55 (F ig. 16) and the rings 48 receive theii movements from said stems and pinions, said stems and pinions being turned in one direction by the manual action of the opel ator when coins are to be delivered, as here-- inafter explained, and in the reverse direction to restore the rings to normal position, by the springs 60. The stems 54 have polygonal lower ends to snugly lill the polygonal slots 66 in the ring-arms 65, and below said arms said ends of the stems enter and liud a substantial bearing in the flanged holes 51 of the bottom plate 23 (Figs. 7 and 16). Above the ring-arms the stems 54 have round hub-portions 68 (F ig. 16) which lie within the bearing holes 38 in the base-plate 21 and within holes in the washers 69 which rest upon the top of said plate 21 and are below the horizontal pinion members 55 from whose inner ends said stems 54 pro-ject downwardly. The pinion members 55 servo as cranks from which the stems 54 are turned and which cause the stems to impart the proper oscillatory movements tothe coin delivery rings 48.

The pinion members 55 are elongated and each is formed on its upper surface with a rib whose cross-section is that of the tooth o-f a pinion, and hence the member 55 designated by me as; a one-tootl1 pinion. rlhe pinion member 55 receives its oscillatory movement from the hey-frame 58, which is in one piece of sheet metal and of box-like formation and has at its rear edge the springdug 61'and at its forward edge a forwaroly projecting lever arm 7() whose forward end has a finger or thumb-iiiece 7l. At one side edge the metalv of the key-frame is bent downwardly and cut to form a slot 72 and the aforesaid leg 57, and at its other side edge is bent downwardly and cut to form the slot 73 and legs 74 whose lower inner edges straddle and engage the tooth of the pinion 55 (Figs. 3, 9,16, 16) and serve as teeth cooperating tlerewith. The lrey-frames 58 are pivotally mounted upon the rod 40, the slots 72 and 73 of said frames being slipped downwardly upon sait rod and said frames at the upper endsV of said slots being pivots-ily supported by said rod, and said frames are so positioned on the rod 40 that their legs 57 extend downwardly through the slots 36, 52, respectively, of the. base plat-e 2l and bottom plate 23, that their legs 74 straddle the tooth of the pinions 55 and that their lever arms 7 0 extend forwardly at the sides of the tubes 20. After the frames 58 have vl l. t)

been positioned on the rod the coiled springs .60 are applied to the lugs 59 of the bottom plate. 23 and the lugs 61 of said frames 58, and these springs being then under tension act to press the legs 57 of the frames 58 against their stops at the forward ends of the recesses or stops 36 in the plate 21. rit this time should a thumb-piece 71 of a frame 58 be pressed downwardly, the frame will tilt forwardly in opposition to the stress of the spring 69 and the legs 57, 74 will lbe swung rearwardly, the leg 57 leaving its stop at the end of the slot 36, as shown in Fig. 9, and the legs 74 acting against the pinion to turn its stem and therethrough cause the coin-ring 48 connected therewith to swing forwardly from below a coin-tube 20 and carry a coin to an opening 49 in the bottom plate 23, said coin falling through said opening into the hand of theoperator. As soon as pressure is released from the thumb-piece 71, the spring .will restore the key-frame 58 and its connected parts, including the coin-ring, to initial position. I utilize the legs 57 as means for preventing undue forward tilting of the key-frames 58 by causing said legs to engage the rear edge of the openings 35 in Vthe base-plate 21 (Fig. 9). The legs 57 perform no duty other than to limit the movements of the tiltable frames 58. All of the frames 58 are alike and all operate similar mechanisms for the respective tubes 20.

The side plates 24 have at their rear edges, vertical sleeves 75, 7 6, 77 (Fig. 17), at their lower edges inwardly curled flanges or beadings 78 and at their front edges inwardly .curled beadings or flanges 79, 8O which finish and strengthen said front edges. The sleeves 75, 7G, 78 are in line with the sleeves 31 of the base-plate 21 and receive the bolts or rods 63 whose upper ends are headed and engage the top or cover plate 22 and whose lower ends extend through the holes 62 of the bottom plate 23 and receive nuts, as shown in Fig. 7. The bolts or rods 63 thus serve to secure the plates 21, 22, 23 and sides 24 in assembled relation. The flanges 78 on the lower edges of the sides 24 hook under the bottom plate 23 and serve as legs for the device and also as supporting means for the bottom plate 23 and its connected p parts. The flanges 8O of thel sides 24 extend around the front edges of the vertical flanges 30 on the base-plate 21, as shown in Fig. 10, and thereby the forward edges of said sides 24 are retained in position. The sides 24 lie against the outer faces of the flanges 30 and in this position serve to prevent endwise movement of the pivot rod 40.

The back plate or door 25 is a metal plate having a sleeve 81 at one edge through which the bolt 63 at that portion of the tlvice passes and thereby hinges said plate 25 to the device. The sleeve 81 tits between the facing ends of the sleeves 75, 7 (i of the adjacent side plate 24, as shown at the right hand side of Fig. 2. At the edge of the back plate or door 25 opposite to the sleeve 81 is a spring snap loop 82 (Figs. G and 14) to engage one of the rods 63 and latch the door or plate in closed position.

The back plate or door 25 has at its upper edge a forwardly curled beading 83 which when the plate or door is in closed position extends over the rear edge of the cover-plate 22 (Figs. 1 and 14), and said plate or door 25 has at its lower edge a forwardly curled beading 84 which extends under the rear edge of the bottom plate 23 (Figs. 7 and 14) and serves as a support therefor and also as a leg for the device when the device is placed on a table or other surface. The beading 84 and side flanges 78 cooperate as supporting legs.

The back plate or door 25 is strengthened by being longitudinally corrugated, as at 85.

I equip the device with. suitable hooks 8f t'o be caught upon a belt or the like, and these hooks are shown as swiveled on the sleeves of the side plates 24.

It is believed that the construction and operation of the mechanism constituting my coin-holding and delivering device will be fully understood from the foregoing detailed description. I desire, however, to call attention to several advantages which are accomplished by the structural features of the device. In the first place I call attention to the fact that all the parts of the mechanism are, in the main, produced by dies and hence are accurate and capable of ready assembly, and further it is to be noted that the parts of the device are assembled without the use of solder, rivets or the like., the two bolts or rods 63 serving to secure the parts together after their assembly. The hinged back plate or door 25 when closed conceals the entire back of the device and when opened exposes the mechanism for such attention as it may require. For illustration, if the, delivery mechanism for any one tube 20 should re quire repair or renewal, the spring 60 there-A for may be unhoolred from the studs 59, (il and removed, and then the key-frame 58 may be lifted from the rod 40, leaving the pinion 55, with its stem 54, free to be lifted. from the base-plate 21 and the ring 4.8 free to be slid rearwardly out from between the plates 21, 23. Any of the parts thus detached may be repaired or a new part may be substituted for a broken part, and thel mechanism may by a reverse order of procedure be restored to operative position. The mechanism has been constructed with the view of enabling the device to withstand rough us age but in the event of impairment of any loo lllf) lll) llli

CID

of the parts of the device, said partsl in accordance with my invention may be readily replaced without disassembling the entire structure and without special skill or the necessity for special tools.

lhat I claim as my invention and desire to secure by Letters Patent, is:

l. A. coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a baseplate for said tubes, a bottom plate spaced below said base-plate and having outlets for discharged coins, oscillatory coin rings between said base-plate and bottom plate and manually operative means for actuating said rings to deliver the coins held by them, said base-plate having openings above said rings and below said tubes and vertical flanges around said openings formed with inturned recessed flanges, and said tubes at their lower end portions having two sets of lugs, one set being adapted to be inserted downwardly through said recesses and carried, by turning the tubes, below said flanges and the other set being adapted to rest on top of said flanges. y

2. A coin-holding and delivery device comprising a plurality 0f vertical coin-holding tubes, a cover-plate therefor, a baseplate for said tubes, a bottom plate spaced below said base-plate and having outlets for discharged coins, oscillatory coin rings between said base-plate and bottom plate and manually operative means for actuating said rings to deliver the coins held by them, said base-plate having openings above said rings and below said tubes, and said cover plate having recessed caps for the upper ends of said tubes and a. depending front flange bent rearwardly toward said tubes, and said tubes having forwardly projecting lugs eX- tending above the rearwardly bent portion of said front flange. i

3. A coin holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a base plate for said tubes, a bottom plate spaced below said base-plate and having outlets for die charged coins, oscillatory coin rings between said base-plate and bottom plate and manually operative means for actu ating said rings to deliver the coins held by them, said base-plate having openings above said rings and below said tubes, and said rings having shank members pivotally secured at their outer ends and from which said rings receive oscillatory movements, said rings and their shank members varying in thickness to comply with the varying thicknesses of the coins held by said tubes and said shank members having upwardly projecting lugs whose upper ends are on a horizontal plane close to the lower surface of said base plate.

d. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a base-plate for said tubes, a bottom plate spaced below said base-plate, coin-delivery devices between said base-plate and said bottom plate, manually operative means above said baseplate for actuating said delivery devices, vertical plates at the sides of the device having inturned flanges at their lower ends extending below said bottom plate, and bolts securing all said plates together at the rear corners of the device, said side plates and said base-plate having aligned sleeves through which said bolts extend and said base-plate being flanged inwardly below said bottom plate to aid in supporting the same.

5. A coin-holding and delivery device comprising a plurality of vert-ical coin-hold* ing tubes, a cover-plate therefor, a haseplate for said tubes, a bottom plate spaced below said base-plate, coin-delivery devices between said baseplate and said bottom plate, manually operative means above said base-plate for actuating said delivery devices, vertical plates at the sides of the device having inturned flanges at their lower ends extending below said bottom plate, and bolts securing all said plates together at the rear corners of the device, said base-plate having vertical end flanges, said side plates at their forward edges having flanges which hook around said end flanges of the baseplate, and said base-plate being flanged inwardly below said bottom plate to aid in supporting the same.

6. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a baseplate for said tubes, a bottom plate spaced below said base-plate, coin-delivery devices between said base-plate and said bottom plate, manually operative means above said base-plate for actuating said delivery devices, vertical plates at the sides of the device having inturned flanges at their lower ends extending below said bottoni plate, and bolts securing all said plates together at the rear corners of the device, said base-plate having vertical end flanges formed at their rear edges with vertical sleeves, said side plates at their forward edges having flanges which hook around said end flanges of the base-plate and at their rear edges having` vertical sleeves above and below and aligned with said sleeves on said end flanges, vsaid base-plate being flanged below said bottom plate to aid in supporting the same, and said bolts being extended through said sleeves.

7. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a base plate for said tubes, a bottoni plate spaced below said base-plate, coin-delivery devices between said base-plate and said bottom plate, manually operative means above said base-plate for actuating said delivery devices, vertical plates at the sides of the device having inturned flanges at their lower ends extending-below said bottom plate, bolts securing all said plates together at the rear corners of the device, and a displaceable back-plate flanged forwardly at its upper and lower edges to engage said cover-plate and said bottom plate respectively, said base-plate being flanged below said bottom plate to aid in supporting` the same, and said back` plate when displaced exposing said operative means for such attention as the same may require.

8. A coin-holding and delivery device comprising a plurality of vertical coin-hol ding tubes, a cover-plate therefor, a baseplate for said tubes, a bottom plate spaced below said base-plate, coin-delivery devices between said base-plate and said bottom plate, manually operative vmeans above said base-plate for actuating said delivery devices, vertical plates at the sides ot the device having inturned flanges at their lower ends, extending. below said bott-om plate, bolts securing all said plates together at the rear corners of the device, and a back plate hinged at one edge on. one ot said corner bolts and having at its other edge a snap-catch to engage the other corner bolt, said back plate when opened exposing said operative means for such attention as the same may require.

9. A coin-holding and delivery device comprising a plurality ot vertical coin-hold- :ing tubes, a cover-plate therefor, a baseplate for said tubes, a bottom plate spaced below saidv base-plate,A coin-delivery devices between said base-plate andv said bottom plate, manually operative means abovesaid base-plate for actuating said delivery devices, vertical plates at the sides ot the device having int'urned flanges at their` lower ends extending below, said bottom plate, bolts securing all said plates together at the rear corners ot, the device, and a back plate hinged at one edge on one of said bolts and at its opposite edge having means to engage the other corner bolt and said back plate having upper and lower flange portions extending forwardly above the cover plate and below the bottom plate respectively, and said base-plate being flanged under said bottom plate.

l0, A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a cover-plate therefor, a bascplate for said tubes, a bottom plate spaced below said baseplate, coin-delivery devices between said base-plate and said bottom plate, manually operative means above said base plate for actuating said delivery devices, corner bolts connecting said plates in assembled relation, and a displaceable back plate flanged forwardly at its upper and lower edges to engage said covcr plate and said bottom plate respectively, said base-plate being flanged below .said bottom plate to aid in supporting the same, and said back plate when displaced exposing said operative means for such attention as the same may require.

l1. A coin-holding and delivery device comprising a plurality of vertical coinholding tubes, a cover-plate therefor, a bascplate :t'or said tubes, a bottom plato spaced below said baseplate, coin-delivery devices between said base-plate and said bottom plate, manually operative means above said base plate for actuating said delivery de vices, corner bolts ccmnecting` said plates iu assembled relation, and a baclvplate hinged at one edge on one oli .said bolts and having at its opposite edge a snap-catch to engage the other corner bolt, said back plate when opened exposing said operative means.

l2. A coin-holding and delivery device comprising a plurality of vertical coinholding tubes, a cover-plate therefor, a baseplate ttor said tubes, a bottom plate spaced below said base-plate, coin-deliveryv devices between said base-plate and said bottom plate, manually operativo means above .said base plate for actuating said delivery devices. corner bolts connecting .said plates4 is assombled relation, and a back plate hinged at one edge on one of said bolts and at its opposite edge having means to engage the other corner bolt and said back plate having up per and lower flange portions cxtcndiirc` ton wardly above the cover plate and below thc bottom plate respectively, and said bascplate being flanged under said bottom plato.

13. A coin-holding and delivery device comprising a plurality ot vertical coinholding tubes, a base-plate therefor, a bottom plate spaced below said base-plato, oscillatory coin-delivery rings between said plates having actuating arms, und actuating mechanism for said rings comprising, tor each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end '.1 dcpending stem whose lower end is polygonal and detachably engaged in a. polygonal opening in the arm ot the ring, a tiltable hey-trame detachably mounted over said base-plate and having a forward tl1u1nb piece, a depending slotted member adapted to mesh with said tooth and a depending lcg member serving to limit the movement of said frame, and a vertical coiled spring cngaged at its upper end with the said tramo and at its lower end with u portion ot thc main structure.

ll. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, a base-plate therefor, a bottom plate spaced below said base-plate, oscillatory coin-delivery rings between said plates fdl having' actuating arms, 1 and actuating mechanisni for said rings comprising, for each ring and tube, pinion member mount* ed on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detachably engaged in a polygonal opening in the arm of the ring, a tiltable lrey-frame detachably mounted over said base-plate and having a forward thumb-piece, a de-` pending slotted member adapted to mesh with said tooth and a depending leg member serving to limit the movement of said frame, and a vertical coiled spring engaged at its upper end with the said frame and at its lower end with a portion of the main structure, said base-plate and bottom plate having corresponding slots into which said leg member extends and which guide and cooperate with the same during the operation of the device, and said baseplate having a hole to receive and operate 'as a bearing for the upper end of said stem which end is circular.

15. A coin-holding and delivery device comprising a plurality of vertical coin holding tubes, a base-plate therefor, a bottom plate spaced below said base-plate, oscillatory coin-delivery rings between Vsaid plates having actuating arms, and actuating` mechanism for said rings Comprising, for each ring and tube, a pinion member mounted on said baseeplate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detachably engaged in a polygonal opening in the arm of the ring, a tiltable key-frame' detachably mounted over said base-plate and having a forward thumb-piece, a depending slotted member adapted to mesh with said tooth and a depending leg member serving to limit the movement of said frame, and a vertical coiled spring engaged at its upper end with the said frame and at its lower end with said bottom plate, the rear edge of said frame and the rear edge of said bottom plate having lugs onto which the ends of said spring are detachably caught and which hold the spring under normal tension.

16. A coin-holding and delivery device,

thumb-piece, a 'depending vslotted end meinber adapted to mesh with said tooth and an opposite leg` end member' serving to limit the movement ot said frame, and a vertical coiled spring engaged at its upper end with the rear end of said frame and at its lower end with a main portion of the structure.

17. A coin-holding and delivery device comprising a plurality of vertical coinn holding tubes, a base-plate therefor, a bottom plate spaced below said said base-plate, oscillatory coin-`delivery rings between said plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tub-e, a` pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detachably engaged in a polygonal opening in the arm of 'the ring, a tiltable key-frame of box-like formation tiltably mounted over said baseeplate and having a forward thumb-piece, a dependH ing slotted end member adapted to mesh with said tooth and an opposite leg` end member serving to limit the movement of said frame, and a spring under tension' holding said frame in initial position for opera.- tion and returning the same to such position after each operation.

18. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes', a hase-plate therefor, a bottoni. plate spaced below said baseeplate, oscillatory coin-delivery rings between said plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and de-A tachably engaged in a 1 3olygonal opening in the arm of the ring, a tiltable ltev-frame detachably mounted over said :"br -plafe and having a forward thumb-piece, a depending slotted member adapted to mesh with said tooth and a depending leg n? iuber serving to limit. the movement of said frame, and a vertical coiled spring engaged at its upper end with the said frame and at its lower end with a portion of the main structure, the means tiltably mounting the key-frames being a horizontal rod sustained in standards and the upper ends of slots in the depending members of said frames and seated on said rod, and said frames being adapted to be independently lifted from said rod when released from their springs.

19. A coin-holding and delivery device comprising a plurality of vertical coin-holding tubes, base-plate| therefor, a bottom plate spaced below said baeplate, oscillater;7 coin-delivery rings between said plates having` actuating arms, and actuating -g -fiechanism for said rings comprising, for

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each ring and tube, a pinion member mount-ed o-n said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is pol fgonal and detachably engaged in a polygonal opening in the arm of the ring, a tiltable hey-frame detachably mounted over said base-plate and having a forward thumbpiece, a depending slotted member adapted to mesh with said tooth and a depending leg melnber serving to limit the movement of said frame, and a vertical coiled spring engaged at its upper end with the said frame and at its lower end with a portion of the vmain structure, the means tiltably mounting the key-frames being standards integral with and bent up from the said base-plate and apertured at their upper ends and a horizontal rod held in the apertures of said standards and the upper ends of slots yin the depending members of said frames and seated on said rod, and said frames being adapted to be indepei'ident-ly lifted from said rod when released from tuen spiings.

20. A coin-holding and delivery device comprising a plurality of vertical coin-hold ing tubes, a base-plate therefor, a. bottom plate spaced below said base-plate, oscillatory coin-delivery rings: between said plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polyp;

y onal and detachably engaged in a polygonal Vopening in the arm of the ring, a tiltable key-frame detachably mounted over said base-plate and having a forward thumbpiece, a depending` slotted member adapted to mesh with said tooth and a depending leg member serving to limit the movement of said frame, and a spring under tension holding said frame in initial position for operation and returning the same to such position after each operationa 2l. A coin-holding and delivery device Y comprising a plurality of vertical coin-holding tubes, Va base-plate therefor, a bottom plate spaced below said base-plate, oscillatory coin-delivery rings between said .plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detachably engaged in a polygonal opening in the arm of the ring, a tiltable key-frame detachably mounted over said base-plate and having a forward thumb-piece, a depending slotted member adapted to mesh with said tooth and a depending leg member serving to limit the movement of said frame, and a spring under tension holding said trame in initial posi tion for operation and returning the, same to such position after cach operation, the means tiltably mounting the key-frames being a horizontal rod sustained in stand ards and the upper ends of slots in the depending members of said frames and seated on said rod, and said frames being adapted to he independently lifted from said rod when released from their springs.

QQ. A coin-holding and delivery device comprising a plurality ot' vertical coin-hold ing tubes, a base-plate therefor, a bottom plate spaced below said hase-plate, oscillatory coin-delivery rings between .said plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygoi'ial and detachably engaged in a polygonal opening in the arm of the ring, a tiltable key-frame detachably mounted over said base-plate and havinga forward thumb-piece, a depending` :islotled member adapted to mesh with said tooth and a dcpending leg member servingl to limit the movement of said frame, and a spring` under tension holding said trame in initial position for operation and returning the same to such position after each olmration, the means tiltably mounting the key-frames being standards integral with and bent up from the said base-plate and apertured at their upper ends and a horizontal rod held in the apertures of said standards and the upper ends of slots in the depending members of said frames and seated on said rod, and said frames being adapted to be inde pendently lifted from said rod when released from their springs.

A coin-holding and delivery device comprising a plurality of vertical eoiirhold ing tubes, a base p `,e therefor., a bottom plate spaced below said base plate, oscih latory coin delivery rings between said plates having actuating arms, and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having on its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detachably engaged in a polygonal opening in the arm of the ring` a tiltable key-frame mounted over said baseplate and having a forward thumb-piece, a depending slotted member adapted to mesh with said tooth and a stop member to limit the movement of said frame, and a vertical coiled spring engaged at its upper end with said frame and at .its lower end with a portion of the main structure.

2r coin-holding and delivery device ltlt) comprising a plurality of vertical coin-holding tubes, base plate therefor, a bottom plate spaced below said base-plate, oscillatory Vcoin delivery rings between said plates having actuating arms and actuating mechanism for said rings comprising, for each ring and tube, a pinion member mounted on said base-plate and having o-n its upper surface a tooth and at one end a depending stem whose lower end is polygonal and detaehably engaged in a polygonal opening in the arm of the ring, a tiltable key-frame mounted over said base plate and having a forward thumbpiece, a depending slotted member adapted to mesh with said tooth and a stop member 4to limit the movement of said frame, and a spring under tension holding said frame in initial position for operation and returning the same to such position after each operation.

Signed at New York city, in the county of New York and State of New York, this 28th day of June, A. D. 1922.

SEYED KHALIL. 

